The microwave pyrolysis coupled with steam or CO2 activation thereby represents a promising approach to transform fruit-peel waste to microwave-activated biochar that remove hazardous dye. BACKGROUND Cerebral oxygenation (crSO2) monitoring is increasingly used in high-risk infants. Monochorionic twins suffer from specific fetal pathologies that can affect cerebral hemodynamics. Limited data are available on crSO2 and blood flow patterns in this population after birth. OBJECTIVE To evaluate crSO2 changes in preterm monochorionic and dichorionic twins during the first 72?h of life. METHODS Near-infrared spectroscopy was used to measure crSO2 in 62 infants from 31 twin pregnancies less then 32?weeks of gestation. The study group was divided into 4 subgroups donor (1) and recipient (2) monochorionic twins (with twin-twin transfusion syndrome), fetal growth restriction (FGR) infants (3) and twins without fetal compromise (4). RESULTS There was significant difference in birth weight (p? less then ?0.001) among 4 subgroups. We observed significant variation in crSO2 among the subgroups using mixed model analysis (p? less then ?0.001). The recipient twins exhibited the lowest crSO2 (mean?±?SE) throughout the study period (76?±?0.3%), whereas the FGR and donor twins presented with the highest values (86?±?0.3% and 83?±?0.4% respectively). We found no statistically significant differences in neonatal mortality and morbidity among subgroups. CONCLUSION Our study revealed significant correlation between crSO2 values postnatally and underlying fetal pathology in monochorionic and dichorionic preterm twins. S. Enteritidis continues to be the most common pathogen of farm animals and a major public health burden worldwide. Using bacteriophages is a potential alternative to antibiotics against S. Enteritidis infection. In this study, the genome analysis of the lytic phage vB_SenM-PA13076 (PA13076) infecting S. Enteritidis revealed a linear, double-stranded DNA genome, which comprised of 52,474 bp and contained 69 ORFs. It belongs to the order Caudovirales; family Myoviridae, genus unclassified. The genes coded for DNA packaging, phage structural proteins, lysis components, DNA recombination, regulation, modification, and replication. No bacterial virulence or drug-resistance genes were detected. The phage PA13076 protected mice from a lethal dose of S. Enteritidis 13076Amp (5 × 108 CFU) by reducing the concentration of bacterial cells in blood, intestine, liver, spleen, and kidney. The phage PA13076 achieved at least 2.5 log reductions of S. Enteritidis cells in infected mice within 24 h (P 104 PFU/g for at least 72 h. These results show that phage PA13076 has definite potential as an antibacterial therapeutic agent for attenuating S. Enteritidis infections. Proteome and metabolome changes in muscles from callipyge mutation (+/C) and non-callipyge phenotype (+/+, C/+, and C/C) lambs were profiled to provide insight into the biochemical changes affecting meat quality attributes. M. longissimus thoracis from lambs with all four possible callipyge genotype (n&nbsp;=&nbsp;4, C/+, C/C, +/C, and +/+) were collected after 3d aging and analyzed using mass-spectrometry based platforms. Among identified proteomes, cytochrome c (pro-apoptotic protein) was detected with significantly lower abundances in +/C. Anti-apoptotic HSP70, BAG3, and PARK7 were over-abundant in +/C, which could result in delayed apoptosis and possibly attributed to tougher meat in callipyge lambs. Eight glycolysis enzymes were overabundant in +/C lambs, whereas 3 enzymes involved in TCA cycle were overabundant in non-callipyge ones (C/C and/or C/+). Twenty-five metabolites were affected by genotypes (P&nbsp; less then &nbsp;.05), including metabolic co-factors, polyphenols, and AA/short peptides. Our omics results provided insightful information for revealing the differences in biochemical attributes caused by callipyge mutation. This paper aims to explore the trends in the research design used for assessing important quality cues in the meat industry and determine the most important quality cues that consumers use in their purchasing decisions. A Journal Article Network Analysis and non-parametric comparative analyses were used to collate the studies and analyse their findings respectively. Results indicate a predominate use of point-of-purchase surveys to collect data and consumers' stated preference to evaluate the important quality cues. At an aggregated analytical level, the five most important quality cues (country of origin, food safety certification, price, production system and quality certification labels) are extrinsic and relate to credence attributes. https://www.selleckchem.com/products/apo866-fk866.html However, different rankings of important quality cues are obtained at a disaggregated analytical level based on meat type. The paper proposes that exploring the interconnection between meat quality cues and how they influence consumers in different market segments based on the value proposition of the retailer as a foreseeable future research pathway. Photobiomodulation therapy (PBMT) has many effects on the energy metabolism of musculoskeletal tissue, such as increased glycogen and adenosine triphosphate synthesis. In addition, these effects may be due to a systemic blood glucose control. Twenty-four Wistar rats were randomly and equally allocated into four groups sham, PBMT 10&nbsp;J/cm2, PBMT 30&nbsp;J/cm2 and PBMT 60&nbsp;J/cm2. The animals were fasting for 6&nbsp;h for blood glucose evaluations during pre-irradiation period, 1&nbsp;h, 3&nbsp;h and 6&nbsp;h after PBMT. Muscle glycogen synthesis was measured 24&nbsp;h after PBMT. This PBMT used a cluster of 69 LEDs (light-emitting diodes) with 35 red (630&nbsp;±&nbsp;10&nbsp;nm) and 34 infrared (850&nbsp;±&nbsp;20&nbsp;nm); 114&nbsp;mW/cm2 for 90s (10&nbsp;J/cm2), 270&nbsp;s (30&nbsp;J/cm2), 540&nbsp;s (60&nbsp;J/cm2) applied on large muscle areas (back and hind legs) of the animals. The 10&nbsp;J/cm2 group showed lower blood glucose levels and glucose variability over 6&nbsp;h (5.92&nbsp;mg/dL) compared to the sham (13.03&nbsp;mg/dL), 30&nbsp;J/cm2 (7.77&nbsp;mg/dL) and 60&nbsp;J/cm2 (9.07&nbsp;mg/dL) groups. The PBMT groups had the greatest increase in muscle glycogen (10&nbsp;J/cm2&nbsp;&gt;&nbsp;60&nbsp;J/cm2&nbsp;&gt;&nbsp;30&nbsp;J/cm2&nbsp;&gt;&nbsp;sham), characterizing a triphasic dose-response of PBMT. There was a strong negative correlation between blood glucose variability over 6&nbsp;h and muscle glycogen concentration for 10&nbsp;J/cm2 group (r&nbsp;=&nbsp;-0.94; p&nbsp; less then &nbsp;.001) followed by 30&nbsp;J/cm2 group (r&nbsp;=&nbsp;-0.84; p&nbsp; less then &nbsp;.001) and 60&nbsp;J/cm2 group(r&nbsp;=&nbsp;-0.73; p&nbsp; less then &nbsp;.006). These results suggest that PBMT can play a very important role in the control of blood glucose levels, and its possible mechanism of action is the induction of greater muscle glycogen synthesis independently of physical exercise.